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This report summarizes the data collected by the Illinois State Water Survey from the Ohio River to determine the physical impacts of navigation. The Louisville District of the U.S. Army Corps of Engineers initiated the field project on the Ohio River in which various physical, chemical, and biological data were collected in connection with the movement of tows with barges. The Illinois State Water Survey participated in the collection of physical data with respect to barge traffic. Barges with tows of varying horsepower were rented by the Corps of Engineers and navigated up and down the Ohio River at predetermined frequencies at the test site. This experimental river traffic was controlled as to speed, direction,...
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In March 1988 the Long Term Resource Monitoring Program requested that scopes of work be developed for three problems: sedimentation, navigation effects, and water level fluctuations. After consultations with two prominent plant ecologists, Dr. John Barko, U.S. Army Corps of Engineers Environmental Laboratory, and Dr. John Titus, Southern University of New York, a scope of work was prepared outlining a study to determine concentrations of suspended solids limiting aquatic plant growth on the Upper Mississippi River. All work tasks were then prioritized by the Long Term Resource Monitoring Program's Problem Solving Work Group. This scope of work was recommended for funding, however, the timeframe for initiation of...
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The first Annual Report of the Long Term Resource Monitoring Program for the Upper Mississippi River System covers the period from September, 1986 through January 1989. The report includes: program activities information concerning cooperation between member states and agencies; a summary of the past year's data collection effort for water quality; deviations from the Operating Plan; critical paths and funding requirements through 1999; plans for the coming year, and; management of the Environmental Management Technical Center. Technical Center Staff are divided between Ecology and the Computerized River Information Center. Ecology is responsible for the analysis of significant resource problems and for long term...
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During the fall of 1989, a pilot study was conducted to evaluate the potential of a submersible water quality monitoring system for use in backwater areas of the Upper Mississippi River. Between September 8 and October 27, 1989 continuous monitoring units developed by W. G. Crumpton and associates at Iowa State University were deployed at a single Long Term Resource Monitoring Program water and sediment monitoring site on Pool 8, of the Upper Mississippi River. The units were used to monitor dissolved oxygen and temperature at a single depth and light at the surface and two subsurface depths throughout this period. Dissolved oxygen and temperature measurements were taken twice weekly at this site by Long Term Resource...
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This manual describes why, how, when, and where data are collected under the Long Term Resource Monitoring Program for the Upper Mississippi River System
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The Second Annual Report of the Long Term Resource Monitoring Program for the Upper Mississippi River System covers the period from January through December 1989. The report summarizes program activities; information concerning cooperation between member states and agencies; program management information concerning staffing and budgeting; variances from the Annual Work Plan and task scheduling for current and future fiscal years. Environmental Management Center and Field Station operations are described and accomplishments for the year are summarized. A listing of completed publications is provided.
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This manual describes why, how, when, and where data are collected under the Long Term Resource Monitoring Program for the Upper Mississippi River System
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Background materials were compiled to determine what is currently known about barge fleeting on the Upper Mississippi River System. Background materials included available literature, contacts with professionals, permit information, regulatory statutes and a review of current aerial photography. Field investigations were conducted in an attempt to examine most of the fleeting areas on the Upper Mississippi and the Illinois rivers. Method of anchoring barges, distance to shore, water depths, substrate and shoreline composition, erosion, and any tree damage were noted. Fleeting areas were all located close to terminals. Barges were moored as close to the shore as water depths permitted. Trees were most often used...


    map background search result map search result map Procedures Manual of the Long Term Resource Monitoring Program for the Upper Mississippi River System. Physical impacts of navigation:  Ohio River field data collection First annual report of the Long Term Resource Monitoring Program for the Upper Mississippi River System Background study on the environmental impacts of barge fleeting Second annual report 1989 Revised Procedures Manual of the Long Term Resource Monitoring Program for the Upper Mississippi River System Pilot study to evaluate an inexpensive, portable device to continuously monitor dissolved oxygen, water temperature, and photosynthetically active radiation in Upper Mississippi River System backwaters Feasibility study:  Impacts of turbidity on growth and production of submersed plants Physical impacts of navigation:  Ohio River field data collection First annual report of the Long Term Resource Monitoring Program for the Upper Mississippi River System Background study on the environmental impacts of barge fleeting Procedures Manual of the Long Term Resource Monitoring Program for the Upper Mississippi River System. Second annual report 1989 Revised Procedures Manual of the Long Term Resource Monitoring Program for the Upper Mississippi River System Pilot study to evaluate an inexpensive, portable device to continuously monitor dissolved oxygen, water temperature, and photosynthetically active radiation in Upper Mississippi River System backwaters Feasibility study:  Impacts of turbidity on growth and production of submersed plants